Conveners
Monolithic devices
- Eva Vilella Figueras (University of Liverpool (GB))
Monolithic active pixel sensors featuring depleted substrates (DMAPS) present a promising alternative for pixel tracker detectors operating in high-radiation and high-rate environments. The utilization of high-resistivity silicon substrates and high-voltage capabilities within commercial CMOS technologies holds the potential to significantly enhance radiation tolerance with respect to MAPS....
The CERN RD50 collaboration develops depleted monolithic active pixel CMOS sensors for future colliders with the aim of high radiation tolerance, good time resolution, and high granularity pixel detectors. We will show that one prototype in 150 nm high voltage CMOS from LFoundry, the RD50-MPW2, featuring 64 active pixels of 60 μm pitch has a time resolution of 220 ps for an injected charge of...
The RD50-MPW3 is a HV-CMOS sensor developed by the HV-CMOS working group manufactured in the LFoundry 150nm process.
In this talk, I will present the most recent testbeam results.
Following up on the results of the test beam in 2022 at the CERN-SPS facility, presented in earlier workshops, this talk focuses on the successful test beam campaign at DESY in Jul. 2023.
I will highlight the...
The PSI HEP group has designed and produced test devices of DMAPS in two different technologies: Motic in LF 110 and TSI-R4S in TSI 180. The talk reports on the status of these projects including results from test beam campaigns at DESY.
